AbstractMotivated by the recombinant behavior of DNA, Tom Head introduced a scheme for the evolution of formal languages called splicing. We give a simpler proof of the fundamental fact that the closure of a regular language under iterated splicing using a finite number of splicing rules is again regular. We then extend this result in two directions, by incorporating circular strings and by using infinite, but regular, sets of splicing rules
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
Splicing system is known as a mathematical model that initiates the connection between the study of ...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
AbstractMotivated by the recombinant behavior of DNA, Tom Head introduced a scheme for the evolution...
AbstractThe splicing operation was introduced in 1987 by Head as a mathematical model of the recombi...
AbstractWe propose here a systematic formal study of the splicing operation introduced by Head as a ...
AbstractComputing by splicing is a new powerful tool stemming originally from molecular genetics. Th...
AbstractWe show that the iterated splicing operation determined by a regular H scheme (with some nec...
AbstractWe use syntactic monoid methods, together with an enhanced pumping lemma, to investigate the...
AbstractRecent developments in the theory of finite splicing systems have revealed surprising connec...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
The splicing operation was introduced in 1987 by Head as a mathematical model of the recombination o...
AbstractIn this paper, we propose a new definition of the language generated by a splicing system, m...
The splicing operation was introduced in 1987 by Head as a mathematical model of the recombination o...
In 1987 Head introduced a new operation on strings, called splicing, as a formal model of certain cu...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
Splicing system is known as a mathematical model that initiates the connection between the study of ...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
AbstractMotivated by the recombinant behavior of DNA, Tom Head introduced a scheme for the evolution...
AbstractThe splicing operation was introduced in 1987 by Head as a mathematical model of the recombi...
AbstractWe propose here a systematic formal study of the splicing operation introduced by Head as a ...
AbstractComputing by splicing is a new powerful tool stemming originally from molecular genetics. Th...
AbstractWe show that the iterated splicing operation determined by a regular H scheme (with some nec...
AbstractWe use syntactic monoid methods, together with an enhanced pumping lemma, to investigate the...
AbstractRecent developments in the theory of finite splicing systems have revealed surprising connec...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
The splicing operation was introduced in 1987 by Head as a mathematical model of the recombination o...
AbstractIn this paper, we propose a new definition of the language generated by a splicing system, m...
The splicing operation was introduced in 1987 by Head as a mathematical model of the recombination o...
In 1987 Head introduced a new operation on strings, called splicing, as a formal model of certain cu...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
Splicing system is known as a mathematical model that initiates the connection between the study of ...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...